1,2,4
How about: 8*4*2 = 64
One number has to be 7, because that is a prime factor of 56. The other two numbers must total 8 and multiply to 8. Can't be done...
-19
The answer is 8
8 and 7
How about: 8*4*2 = 64
The tree numbers that multiply to get 512 are 8, 8, and 8.
2, 4, 27
One possible set of three numbers that multiply to equal 224 is 2, 8, and 14. When you multiply these together (2 × 8 × 14), the result is 224. Other combinations, such as 4, 4, and 14, or 4, 7, and 8, also yield the same product.
you multiply the two numbers before the =. ex. 4x8=. the 4 and the 8 are the numbers you multiply another is 6x9=. the 6 and the 9 are the numbers you multiply.
One number has to be 7, because that is a prime factor of 56. The other two numbers must total 8 and multiply to 8. Can't be done...
The two numbers that add to 0 but multiply to -72 are 8 and -8. When you add them together, 8 + (-8) equals 0. When you multiply them, 8 × (-8) equals -64, which is incorrect. The correct numbers are 6 and -6, which also don't satisfy the multiplication requirement. The numbers that fit the criteria should be 8 and -8.
The three prime numbers which multiply to make 231 are 3 x 7 x 11.
The numbers that multiply to 96 but add to 4 are 12 and -8. When you multiply 12 by -8, you get 96, and when you add them together, 12 + (-8) equals 4. Therefore, the solution is 12 and -8.
-19
The answer is 8
8